specifications: [[item.skuinfo]]
price: [[item.currency]][[item.price]]
Price
This store has earned the following certifications.
SYNCO G1(A2) wireless lavalier microphone offers clear and high-quality sound with its 180Hz optional low cut function. This feature filters out specific low-frequency noises such as wind and traffic, ensuring your recordings are unaffected by background sounds. Specialized furry windshields are provided to minimize any remaining background noise. Additionally, this microphone supports both Mono and Stereo modes, making it versatile for various recording needs and simplifying post-processing.
The receiver for SYNCO G1(A2) includes a 3.5mm TRS headphone jack, allowing you to monitor the recording in real-time during a shoot. The 0-4 level gain settings, adjustable up to 8dB, provide simple and effective optimization of signal levels, ensuring a high-quality audio output.
The system is designed for stability and performance, with a 50m transmission range (164ft LOS) and low latency of 12.5ms. The DSP technology integrated into the wireless microphone optimizes audio instantly, making it ideal for both live broadcasting and post-processing. This technology ensures a high-quality audio performance, even during long-distance transmission.
SYNCO G1(A2) utilizes 2.4GHz frequency spectrum and Syncoder technology to avoid interference with UHF signals. This system offers a secure and stable connection, with automatic pairing after power-on. Manual pairing is also supported for added flexibility.
Equipped with a built-in 400mAh lithium battery, the microphone can operate for up to 8 hours on a single charge, making it convenient and environmentally friendly. Unlike non-rechargeable AAA batteries, it allows for charging while recording and supports simultaneous charging of up to three devices via a single power supply. Indicator lights on both the transmitter (TX) and receiver (RX) provide clear visibility of the microphone's status, including power, charging, pairing, and the low-cut function.
MORE FROM Wireless Microphones